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C_(b) exhibits two π bonds: one to C_(a), and the other to C_(c). Imagine a picture of C_(a), C_(b), and the two different p orbitals that C_(b) is utilizing to form its two π bonds. (It may be helpful to also consider the p orbitals on C_(a) and C_(c) that are being used by each of those atoms. orbitals on C_(a) and C_(c). Ch exhibits two π bonds: one to Ca, and the other to Cc. Imagine a picture of Ca, Cb, and the two different p orbitals that Cb is utilizing to form its two π bonds. (It may be helpful to also consider the p orbitals on Ca and Cc that are being used by each of those atoms. D orbitals on C and Cc. 

          C_(b) exhibits two π bonds: one to C_(a), and the other to C_(c). Imagine a picture of C_(a), C_(b), and the two different p orbitals that C_(b) is utilizing to form its two π bonds. (It may be helpful to also consider the p orbitals on C_(a) and C_(c) that are being used by each of those atoms. orbitals on C_(a) and C_(c).
Ch exhibits two π bonds: one to Ca, and the other to Cc. Imagine a picture of Ca, Cb, and the two different p orbitals that Cb is utilizing to form its two π bonds. (It may be helpful to also consider the p orbitals on Ca and Cc that are being used by each of those atoms. D orbitals on C and Cc.
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cb exhibits two bonds one to ca and the other to cc imagine a picture of ca cb and the two different p orbitals that cb is utilizing to form its two bonds it may be helpful to also con 36466

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Chemistry: Structure and Properties
Chemistry: Structure and Properties
Nivaldo Tro 2nd Edition
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C_(b) exhibits two π bonds: one to C_(a), and the other to C_(c). Imagine a picture of C_(a), C_(b), and the two different p orbitals that C_(b) is utilizing to form its two π bonds. (It may be helpful to also consider the p orbitals on C_(a) and C_(c) that are being used by each of those atoms. orbitals on C_(a) and C_(c). Ch exhibits two π bonds: one to Ca, and the other to Cc. Imagine a picture of Ca, Cb, and the two different p orbitals that Cb is utilizing to form its two π bonds. (It may be helpful to also consider the p orbitals on Ca and Cc that are being used by each of those atoms. D orbitals on C and Cc.
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Transcript

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00:01 In this question, we are going to consider the hybridization system that is associated with different types of carbon.
00:17 Starting from the left side, this carbon is denoted as the symbol c .a.
00:24 That is linked to c .b with the help of tuple bond.
00:29 And then it is linked to third carbon denoted as cc in which we have various linkage.
00:38 To carbon a we will show the orbitance that will take part in the hybridization and with the help of dash bond and wedge bond we will show the hydrogen that are attached as substitutes to this.
01:00 Carbon atom present...
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